- Current Technology
- Fleet Adoption
- Chassis
- Idle Reduction
- Operational Practices
- Messy Middle Powertrain Service & Maintenance
- Preventive Maintenance
- Two-Truck Platooning
- Limiting Speed
- Reduction of Empty Miles
- Driver Training
- Driver Incentives
- In-Cab Behavior Notifications
- Routing Optimization
- Coasting Before Braking
- Parking
- Telematics
- Upfits & Retrofits
- Weigh & Toll Station Bypass
- Sustainability
- Powertrain
- Natural Gas’ Role in Decarbonizing Trucking
- Electronic Engine Parameters
- Automated Manual Transmissions
- Low Viscosity Engine Lubricant
- Direct Drive Transmissions
- Synthetic Transmission Oil
- Gear-Down Protection
- Predictive Cruise Control
- Engine Downspeeding
- Fuel Additives
- Electrically Driven Accessories
- Electrically Driven A/C Compressors
- Variable Speed Water Pump
- Automatic Transmissions
- Engine Downsizing
- High Efficiency Alternators
- Alternative Fuels
- Tires & Rolling Resistance
- Tractor Aerodynamics
- Trailer Aerodynamics
- Trailer General
- Fleet Fuel Study
- Benchmarking Tool
- Emerging Technologies
- Electric Trucks
- Decarbonizing Truck and Trailer Refrigeration
- Intermodal & Drayage: An Opportunity to Reduce Freight Emissions
- Charging Forward with Electric Trucks
- Hydrogen Trucks: Long-Haul’s Future?
- Charting the Course for Early Truck Electrification
- High Potential Regions for Electric Truck Deployments
- Electric Trucks: A Regional Haul Report
- Electric Trucks: Where They Make Sense
- Medium-Duty Electric Trucks: Cost of Ownership
- Viable Class 7/8 Electric, Hybrid, and Alternative Fuel Tractors
- Electric Truck Primers
- Autonomous Trucking
- Electric Trucks
- Thought Leadership
- Run on Less
- Collaboration Reports
- Driving Maximum Efficiency
- Smart Charging for Electric Truck Depots
- Insights from Industry Leaders: Fleet Perspectives on Charging-as-a-Service
- Technology Uptake in California & Canada with ICCT
- Education of Elementary School Students
- High School 2020 Math Modeling Competition
- Video Development with James Brown Media
- Establishing Vehicle Specifications with ICCT
- Starship Initiative with Shell
- Tractor-Trailer Gap Closure with TruckLabs
- Platooning with Peleton
- Tire Testing with Michelin
- NA Trailer Fuel Efficiency Technologies with ICCT
- Market Barriers with ICCT
Synthetic Axle Lubricant
Synthetic lubes/oils maintain their viscosity at low and high temperatures and have less friction and heat, which promotes energy efficiency and fuel economy. Significant improvements have been made to synthetic lubricants and the increase in scale has contributed to lower costs.
Benefits
Fuel Savings
Synthetic axle lubes maintain their viscosity at low and high temperatures and have less friction and heat, which promotes fuel efficiency.
Stability at High Temperatures
Less Maintenance
Better Protection & Less Wear
Challenges
Cost of Technology
Synthetic lube costs more.
Availability on the Road
Synthetic lube can be harder to find when the truck is away from its home location.
